Adaptive Bandpass Filter [Ehlers]This is my latest bandpass filter - used to determine if a security is in a trend or cycle.
Now with an adaptive period setting! I use Ehlers in-phase & quadrature dominant cycle measurement (IQ IFM) method to set the period dynamically.
This method favors longer periods which tend to produce smoother, albeit laggier bandpass oscillator plots. From my quick tests, I tend to have lag between 4 and 8 bars, depending on the Timeframe.
The lower timeframes tend to have more noise and thus produce more interfering frequencies that may cause lag.
>Settings
Source: Select the data source to perform calc's on (close, open, etc...)
Period: Select the period to tune. Periods outside of this value will be attenuated (reduced)
Adaptive: Enable to have the I-Q IFM set the period for you (disables Period setting)
Bandpass Tolerance: Allow periods that are plus/minus the chosen period to pass.
Cycle Tolerance: Sensitivity of cycle mode. Lower values consider trends more frequent, higher values consider cycles more frequent.
Bandpass tolerance example: for instance, if this setting is 0.1 (10%) and Period is set to 20, then waves with a period of 18 - 22 will pass.
>How to read
Red line is the bandpass output, showing a lagged version of the dominant cycle representing the
Black lines are the upper and lower bounds for a cycle
Green Background indicates an uptrend
Red background indicates a downtrend
[b]forex
Adaptive Zero Lag EMA Strategy [Ehlers + Ric]Behold! A strategy that makes use of Ehlers research into the field of signal processing and wins so consistently, on multiple time frames AND on multiple currency pairs.
The Adaptive Zero Lag EMA (AZLEMA) is based on an informative report by Ehlers and Ric .
I've modified it by using Cosine IFM, a method by Ehlers on determining the dominant cycle period without using fast-Fourier transforms
Instead, we use some basic differential equations that are simplified to approximate the cycle period over a 100 bar sample size.
The settings for this strategy allow you to scalp or swing trade! High versatility!
Since this strategy is frequency based, you can run it on any timeframe (M1 is untested) and even have the option of using adaptive settings for a best-fit.
>Settings
Source : Choose the value for calculations (close, open, high + low / 2, etc...)
Period : Choose the dominant cycle for the ZLEMA (typically under 100)
Adaptive? : Allow the strategy to continuously update the Period for you (disables Period setting)
Gain Limit : Higher = faster response. Lower = smoother response. See for more information.
Threshold : Provides a bit more control over entering a trade. Lower = less selective. Higher = More selective. (range from 0 to 1)
SL Points : Stop Poss level in points (10 points = 1 pip)
TP Points : Take Profit level in points
Risk : Percent of current balance to risk on each trade (0.01 = 1%)
www.mesasoftware.com
www.jamesgoulding.com(Measuring%20Cycles).doc
[astropark] Long-Short Strategy V2Buy/Long at next candle's open price when you see a green "B" label on the screen, considering green cloud as support for more buys/longs
Sell/short at next candle's open price when you see a red "S" label on the screen, considering red cloud as resistance for more shorts
If you appreciate my script, offer me a coffee, a beer, a pizza :)
BTC jar: 1K5kuYQPEqoNo6GRmJbHWMPmqwKM5S3oRR
ETH jar: 0x091b541a6dd6fe08c4e7bd909baafb2fce9b975e
LTC jar: LSVoAChsZrVsvbNyUfdpxtFpDAUSaUTUig
XRP jar: (XRP deposit tag) 103997763 (XRP deposit address) rEb8TK3gBgk5auZkwc6sHnwrGVJH8DuaLh
PS: Do you need a customization or do you need a dev who implements your strategy? send me a private message ;-)
PpSignal Variable Index Dynamic Average V2The Moving Average is, perhaps, the most popular indicator in trading for a reason. Comparatively, the crossing average can tell you plenty about a trend, i.e. whether it’s broken or unbroken, changing or holding. But the Moving Average isn’t perfect; there is one area where it falls short and that is volatility. Even an Exponential Moving Average, which places more emphasis on the latest data, can miss the mark when it comes to a sudden change in volatility, rising or falling. Consequently, it can either give a fake signal or else generate a signal only when it is too late to trade on. Volatility is where the Variable Index Dynamic Average comes in, or VIDYA for short.
The Variable Index Dynamic Average or VIDYA was developed by Tushar Chande, and its focus is precisely on volatility. In other words, the VIDYA is an average that adjusts itself to changing volatility. When volatility is high, the VIDYA becomes more sensitive and when volatility is low, the VIDYA becomes less sensitive. That allows you to assess the trend according to current market conditions (and not irrelevant conditions that had earlier prevailed).
The VIDYA in Essence
The math behind the VIDYA formula is quite complicated, but the logic is not.
The VIDYA essentially has two components, the first being the Exponential Moving Average (aka EMA). The second indicator is in the “oscillator family” and it is known as the Chande Momentum Oscillator (aka CMO). Like most oscillators, the Chande Momentum Oscillator generates a signal of -100 and 100, with -100 being oversold and 100 overbought. The EMA is the anchor index, and the CMO’s job is to adjust the exponential average to volatility. The closer the CMO is to 100 or -100 the higher the volatility and the more sensitive our exponential average will turn. Conversely, the closer the CMO is to 0 the less sensitive our exponential average will turn. The final reading after the volatility adjustment is the VIDYA.
As you can see below, once you add the Variable Index Dynamic Average in MetaTrader you get a window with two parameters from which to choose: One is the Period CMO and the other is Period EMA. We can then decide which period the CMO will run on (and thus affect the sensitivity of our EMA) and which period the EMA will run on (to capture our trend). Usually, the best CMO to plug in is a third of the value of the EMA duration; this is to allow the latest change in volatility to impact to the greatest degree. If the CMO period is too long, it will likewise spread over the period too long and consequently fail to reflect current levels of volatility, thus defeating the VIDYA’s purpose.
VIDYA
Comparing the VIDA to the EMA
When we compare the two, we can see the clear advantages the VIDYA(Red) has over the EMA(Green). Both the VIDYA and the EMA run on a 30-week period, but the VIDYA is smoothed out by the Chande Momentum Oscillator running on a 10-week period (again, a third of the whole period). The VIDYA simply captures the trend much more accurately. We can see how, in Point A, when momentum weakens, the Variable Index Dynamic Average starts to flatten, while the EMA just moves across the price and fails to adjust.
This quality is especially beneficial when we want to get an indication if a trend has broken or not. The EMA, in this case, suggests the trend has, indeed, broken but when we look at the VIDYA we quickly get a more accurate picture. We can see that the downtrend has not been broken which allows us to prepare for another bearish round rather than mistakenly expect a rebound.
VIDYA
Of course, for every upside there is a downside and the downside of the VIDYA is that it becomes less effective on a very high duration, such as above 90. The Chande Momentum Oscillator cannot reflect sentiment very well when the duration ןד high and therefore it stops being effective at balancing the Exponential Moving Average within the Variable Index Dynamic Average. One way to tackle or mitigate this is to go higher in the intervals whenever possible, such as from days to weeks or weeks to months. Nonetheless, you should be cognizant of this in inherent weakness in the Variable Index Dynamic Average. Yet, despite that, the Variable Index Dynamic Average does a very effective job. If you are trading under volatile conditions and want to figure out if a trend is broken or set to continue, the Variable Index Dynamic Average could be the solution. When combined with other indicators of momentum, the VIDYA can give you the bigger, clearer picture.
www.onestepremoved.com
PpSignal Jurik RSXJurik RSX
Mark Jurik is a brilliant engineer and has done amazing work creating smooth, minimum lag indicators. I’ve bought a lot of his indicators and in fact I have used the Jurik Moving Average (JMA) to pre-process (smooth) data for the Better Sine Wave indicator. You can check out his website here.
emini-watch.com
www.jurikres.com
PpSignal Golden Cross we did a 3 move average combination.
We recommended use with ewo MTF breack band.
PpSignal EMA Smooth Envelope [LazyBear]LazyBear indicator, I added a smooth John Ehlers and CFB for a trend follow
Alejandro Tilson T3 V2 MTFTilson Move average with John Ehlers smooth system adn buy or sell signal trade.
enjoy
PPSignal Scalper Double Cross Signal and EWO Smooth V4.0Recomendation
-for grafic 4h and D use
PPS W Signal
EWO W Signal
-For signal 30 min to 3H
PPS D and W signal
EWO D Signal
For signal < 30 Min
PPS 1H and $h
EWO 1H
PpSignal Fibonacci Golden Zonefibonacci golden zone is a popular forex system for buy or sell fibo areas.
Buy in 38 fibo zone and sell in 61 fibo zone. when the fiboncci trend is up, the fill color between 28 and 61 is yellow, when the trend is down the fibonacci color is red.
a recommended use some move average with some oscillator for a find the trend.
Move average recommended serhttps://www.tradingview.com/script/guQUYY7J-PpSignal-Trend-Follow/
Oscillator see
PPSIGNAL fibo trade V 2Fibonacci trade is a combination between break Fibonacci time strategy and pattern harmonic strategy.
When the system identify a harmonic pattern wait the buy signal in the 38,2% Fibonacci zone and sell when the harmonic pattern end and in fibo 61,8% zone.